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Tebis application software TG053 KNX Weather station
Product reference
Product designation
TG053
TG053 KNX Weather station
Input module KNX/EIB
TG053
Load connected
Wind speed Brightness Twilight Temperature Rain Azimuth (sun position) Elevation (sun position) Date (DCF signal) Time (DCF signal) Weekly time switch Annual time switch Logical input Logical function AND
Vizualisation system
Logical function OR Temperature sensor default Wind sensor default
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Summary 1. Presentation of the functions ............................................................................................................................................ 3 2. Configuration and parameters .......................................................................................................................................... 3 2.1 Objects list ................................................................................................................................................................... 3 2.2 General settings .......................................................................................................................................................... 4 2.3 Position........................................................................................................................................................................ 5 2.4 Sun position................................................................................................................................................................. 6 2.5 Temperature ................................................................................................................................................................ 7 2.6 Wind speed.................................................................................................................................................................. 9 2.7 Brightness.................................................................................................................................................................. 10 2.8 Twilight ...................................................................................................................................................................... 11 2.9 Annual time switch..................................................................................................................................................... 12 2.10 Weekly time switch .................................................................................................................................................. 14 2.11 Logical function AND ............................................................................................................................................... 15 2.12 Logical function OR ................................................................................................................................................. 17 3. Main characteristics ........................................................................................................................................................ 18 4. Physical addressing ........................................................................................................................................................ 18 4.1 Before installing the weather station.......................................................................................................................... 18 4.2 After installing the weather station............................................................................................................................. 19
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1. Presentation of the functions The TG053 weather station measures the temperature, the wind speed and the brightness. It detects rain and receives the DCF77 radio signal for date and time. The sun position is calculated from the date, the time and the site location input via parameters; and can be sent on the bus. The measured values are sent on the KNX/EIB bus as physical values in the EIS 5 format. Various switching outputs (communication objects) are available to the measured and calculated values; they are switched according to their thresholds. The thresholds themselves can be set alternatively by means of parameters or via communication objects. The TG053 weather station includes an annual time switch and a weekly time switch. The outputs of the time switch can be used as communication objects. The weekly time switch switches up to 4 different time periods for each day of the week. In addition, the annual time switch allows defining 3 additional time periods throughout the year, during which up to 2 ON/OFF switchings can be carried out daily. The switching times may be set either by means of parameters or via communication objects. In addition, 8 AND logical functions and 8 OR logical functions, each with 4 inputs, are available. All switching events, as well as 8 logical inputs (communication objects) can be used as inputs for the logical functions. The output of each function can be configured either as 1 bit or as 2 x 8 bits.
2. Configuration and parameters 2.1 Objects list
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2.2 General settings
Screen 1
Periodic emission of the measurements each
5 s ... 2 h
Date and time setting by
DCF signal without emission / DCF signal and periodical emission / DCF signal and emission on request / DCF signal and emission on request + periodical / Communication objects and no emission.
When date and time are set by means of the DCF signal The current date and time can, in a first phase, be input via ETS. The weather station will use this data until it receives a valid DCF signal for the first time. When date and time are set via a communication object No date change is allowed between the sending of the date and the sending of the time, both must be sent the same day to the weather station. At the first start-up, date and time must be sent directly one after the other to allow the internal clock of the device to start. DCF LED signalling
DCF signal indication / Always OFF
Time zone
UTC -1 / UTC / UTC +1/ UTC +2 / UTC +3
Periodic emission of outputs
5 s ... 2 h
Communication object Output night (The output reacts with a delay of approximately 1 minute, night is detected below 10 lux)
no emission - / if modification - / if modification, emission of inverted status - / If modification and periodical - / if modification, ĂŠmission of inverted status + periodical (as for all switching outputs)
Communication object Output rain (as for the Night switching output) (The output is reset after approximately 8 minutes without rain) Communication objects logical input
not authorized / authorized
Periodical emission of logical outputs
5 s ... 2 h
Outputs emission time delay after power up and download
5 s ... 2 h
Max number of telegrams
1 / 2 / 3 / 5 / 10 / 20 telegrams per second
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2.3 Position When the position is defined by the coordinates of a town:
When the position coordinates are input freely:
The position indication is required to use it, with the date and time, to calculate the sun position. Country
Germany / Austria / Switzerland / Other countries
City / ZIP code / Coordinates
30 cities in Germany 5 cities in Austria 4 cities in Switzerland 7 cities in other countries
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2.4 Sun position
Azimuth and elevation
no emission - / periodical emission - / if modification - / if modification + periodical
If variation higher than
1 ... 15 degrees
Zone 1/ 2 / 3 / 4 / 5
Not active / Active
â– Sun position zone 1 / 2 / 3 / 4 / 5 When the sun position is defined through cardinal points:
Sun position definition through
Cardinal points / Azimuth and elevation
Cardinal points
East / South East / South / South West / West
Communication object Output sun in zone 1 / 2 / 3 / 4 / 5
(as for the Night switching output)
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When the sun position is defined through azimuth and elevation:
Azimuth from
0 ... 360 degrees
Azimuth to
0 ... 360 degrees
Elevation from
0 ... 90 degrees
Elevation to
0 ... 90 degrees
Communication object Output sun in zone 1 / 2 / 3 / 4 / 5
(as for the Night switching output)
2.5 Temperature
no emission - / periodical emission - / if modification - / if modification + periodical
Measurement If temperature variation higher than
0.5 °C / 1 °C / 2 °C / 3 °C / 4 °C / 5 °C
Temperature offset in 0.1°C
-50 ... 50
Threshold 1 / 2 / 3 / 4
Not active / Active
Emission and reset of min. and max. temperature on request
not authorized / authorized
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■ Temperature threshold 1 / 2 / 3 / 4 When the threshold is defined by means of parameters:
Threshold is set by
Parameters
Threshold in 0.1°C
-300 ... 800
When the threshold is set by means of a communication object, a threshold must be defined at the first start-up; this threshold will remain in force until the first communication of a valid threshold:
Threshold is set by
Communication object
Start value in 0.1°C valid until 1.st communication
-300 ... 800
The last thresholds set by means of communication objects are saved in EEPROM, they are maintained even in case of a power failure and they are available as soon as power is restored.
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In case of already started weather station, the last threshold communicated can be used:
With this setting, if a threshold was set once by means of a parameter or a communication object, the last threshold set remains active until a new threshold is sent via a communication object. Threshold hysteresis in 0.1째C
0 ... 100
Swith ON delay
Not used / 1 s ... 2 h
Switch OFF delay
Not used / 1 s ... 2 h
Output activation if
value>threshold : ON, value<threshold-hysteresis:OFF / value<threshold : ON, value>threshold+hysteresis:OFF
Communication object output temperature threshold 1 / 2 / 3 / 4 (as for the Night switching output)
2.6 Wind speed
Measurement
no emission - / periodical emission - / if modification - / if modification + periodical
If wind speed variation higher than
1 m/s ... 4 m/s
Threshold 1 / 2 / 3
Not active / Active
Emission and reset of max. wind speed on request
not authorized / authorized
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â&#x2013; Wind speed threshold 1 / 2 / 3
Threshold / Start value in 0.1m/s
0 ... 350
Threshold hysteresis in 0.1m/s
0 ... 250
All other parameters correspond to those of the temperature thresholds (see there).
2.7 Brightness
Measurement
no emission - / periodical emission - / if modification - / if modification + periodical
If variation higher than (in %)
1 ... 50
Threshold 1 / 2 / 3
Not active / Active
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â&#x2013; Brightness threshold 1 / 2 / 3
Threshold / Start value in klux
1 ... 99
Threshold hysteresis in klux
0 ... 99
All other parameters correspond to those of the temperature thresholds (see there).
2.8 Twilight â&#x2013; Twilight
Threshold 1 / 2 / 3
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Not active / Active
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â&#x2013; Twilight threshold 1 / 2 / 3
Threshold / Start value in lux
1 ... 1000
Threshold hysteresis in lux
0 ... 1000
All other parameters correspond to those of the temperature thresholds (see there).
2.9 Annual time switch
Period 1 / 2 / 3
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Not active / Active
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â&#x2013; Annual time switch period 1 / 2 / 3
From Month
January ... December
Day
1 ... 29 / 1 ... 30 / 1 ... 31 (depending on the month)
Inclusive Month
January ... December
Day
1 ... 29 / 1 ... 30 / 1 ... 31 (depending on the month)
Sequence 1
Not active / Active
Sequence 2
Not active / Active
â&#x2013; Annual time switch period 1 / 2 / 3, Sequence 1 / 2
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Setting of the programming times through
Parameters / Communication objects
Swith ON time hours
0 ... 23
Swith ON time Minutes
0 ... 59
Switch OFF time hours
0 ... 23
Switch OFF time Minutes
0 ... 59
Emission of communication objects output period 1 / 2 / 3, sequence 1 / 2
(as for the Night switching output)
2.10 Weekly time switch â&#x2013; Weekly time switch
Monday ... Sunday
Not active / Active
All 4 sequences of the selected day are always activated together. â&#x2013; Weekly time switch, Mon, Tue, Wed, Thu, Fri, Sat, Sun Sequence 1 ... 4
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Setting of the programming times through
Parameters / Communication objects
Swith ON time hours
0 ... 23
Swith ON time Minutes
0 ... 59
Switch OFF time hours
0 ... 23
Switch OFF time Minutes
0 ... 59
Linking of sequence 1 / 2 / 3 /4 to weekly time switch OR 1 / 2 / Yes / No 3/4 Emission of communication object Output Monday 1 / 2 / 3 / 4
(as for the Night switching output)
2.11 Logical function AND
Logical function 1 to 8
Not active / Active
â&#x2013; Logical function AND 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8
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Input 1. / 2. / 3. / 4.
not used / all switching events supplied by the weather station (see "Linking inputs of the AND logical function")
Logical output sends out
no emission / One 1 bit object / Two 8 bit objects
Setting "Logical output sends out One 1 bit object": If logical function = 1 -> Object value 1/0 If logical function = 0 -> Object value 1/0
Communication object logical function AND n째1 sends out
if status modification of logical function / if status of logical function becomes 1/0 / if status modification of logical function and periodical / if status of logical function becomes 1/0 and periodical
When the logical output sends two 8 bit objects:
Setting "Logical output sends out Two 8 bit objects" If logical function = 1 -> Value object A 0 ... 255 If logical function = 0 -> Value object A 0 ... 255 If logical function = 1 -> Value object B 0 ... 255 If logical function = 0 -> Value object B 0 ... 255
Objects emission logical function n째1, outputs A and B
if status modification of logical function / if status of logical function becomes 1/0 / if status modification of logical function and periodical / if status of logical function becomes 1/0 and periodical
Linking inputs of the AND logical function not used Night = 1 Night = 0 Twilight threshold 1 to 3 Twilight threshold 1 to 3 inverted Brightness threshold 1 to 3 Brightness threshold 1 to 3 inverted Annual time switch 1. Period Nb 1 to 3 Annual time switch 1. Period Nb 1 to 3 inverted Communication object Logical input 1 to 8 Communication object Logical input 1 to 8 inverted Rain Yes Rain no Sun in zone 1 to 5 No sun in zone 1 to 5 Temperature default Inverted temperature default Wind speed default Inverted wind speed default Temperature threshold 1 to 4 Temperature threshold 1 to 4 inverted Wind threshold 1 to 3 Wind threshold 1 to 3 inverted Weekly time switch Monday to Sunday 1 to 3 Weekly time switch Monday to Sunday 1 to 4 Weekly time switch OR 1 to 4 TG053
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2.12 Logical function OR
Logical function 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8 â&#x2013;
Not active / Active
Logical function OR 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8
Logical output sends out
One 1 bit object / Two 8 bit objects
All parameters of the OR logical function correspond to those of the AND logical function.
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â&#x2013; Linking inputs of the OR logical function The linking inputs of the OR logical function correspond to those of the AND logical function. In addition, the following inputs are available to the OR logical function: AND logical output 1 AND logical output 1 reversed AND logical output 2 AND logical output 2 reversed AND logical output 3 AND logical output 3 reversed AND logical output 4 AND logical output 4 reversed AND logical output 5 AND logical output 5 reversed AND logical output 6 AND logical output 6 reversed AND logical output 7 AND logical output 7 reversed AND logical output 8 AND logical output 8 reversed
3. Main characteristics Max. number of group addresses
254
Max. number of links
255
Objects
221
4. Physical addressing 4.1 Before installing the weather station To perform physical addressing or to check for the presence of the bus voltage, press the addressing push button located on the printed circuit. Indicator on = Bus is present and device is in programming mode. The device remains in programmig mode until the physical address has been transmitted by ETS.
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4.2 After installing the weather station A physical address is factory-set (15.15.250). We recommend you to modify this physical address using the ETS software. This step saves you from using the addressing push button of the weather station located in high altitude (on the roof).
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